Abstract: A double-layer Roman shade folding structure includes a bracket. The bracket is provided with an outer curtain fabric, a roller tube, and an inner curtain fabric. The outer curtain fabric is provided with a plurality of strip-shaped limiting members that are arranged horizontally and spaced apart at equal intervals. An opening is defined between the limiting members and the outer curtain fabric for the inner curtain fabric to pass therethrough. When the bottom end of the inner curtain fabric drives the bottom end of the outer curtain fabric to be moved up, the plurality of limiting members are pushed and moved up in sequence so that the outer curtain fabric is folded and overlapped continuously.

Abstract: A holdback assembly is provided comprising a mounting portion and a holdback portion. The mounting portion and the holdback portion are coupled and the mounting portion is configured to mount the holdback assembly to a structure while the holdback portion holds back a material or fabric from a position where it would otherwise fall under the force of gravity. In some embodiments, the holdback assembly is mounted to the side trim of a window and the holdback portion holds back a curtain from a portion of the window. In some embodiments, the holdback portion and the mounting portion are separable.

Abstract: A roll-up video-projection screen (1) has a transverse upper casing (2) enclosing a horizontal rotating drum (11) around which rolls up and unrolls a projection fabric (10) provided at the bottom part with a weighting and tensioning element (30). The projection fabric (12) has a front projection face (12). The screen (1) includes a mechanical assembly (20) imposing, when the fabric (10) is unrolled, a transverse curvature to the front projection face (12). The imposed curvature of the front face (12) of the fabric (10) also exists in the unrolled position of use of the screen (1).

Abstract: A blind for a building opening, having; an upper blind roller, located in an upper region of the head rail, a lower blind attachment located in a lower region of the head rail, an upper blind stored on the upper blind roller, a lower blind stored on the lower blind attachment, upper and lower blind control mechanism operable to operate the blinds and in which the upper blind roller is located in an upper plane in the head rail and the lower blind attachment is located in a lower plane, the axes being displaced vertically from one another, and in which the upper blind depends down beside the lower blind attachment, and in which the lower blind depends down alongside said upper blind, so as to provide a head rail having a slim, aesthetically pleasing profile.

Abstract: Embodiments disclosed herein include a cordless architectural passage covering system, apparatus and method for making the same. The covering may include a support member, a roller attached to the support member, a first material having a proximal portion secured to the roller, whereby the first material can be wound about the roller or unwound therefrom, a second material having a proximal portion secured to the support member and a distal portion secured to a distal portion of the first material, and at least one guide member attached to the second material, whereby the at least one guide member guides the second material about the first material as the first material is wound about the roller or unwound therefrom.

Abstract: A removable dog screen for placement in the rear opening door of a vehicle to provide shade and ventilation to an animal within the vehicle for a short period of time. The disclosure provides for a removable dog screen that spans across the rear opening of a vehicle such as an SUV. Disclosed system incorporates elastic bands for keeping the screen taught as well as mesh material allowing for ventilation.

Abstract: A double shade includes a head rail, at least one end cap having an end panel disposed with the head rail and a bracket arm extending from the end panel, a first window treatment being disposed with the head rail, a second window treatment being disposed with the bracket arm, and a clip engaged with the first window treatment and the second window treatment. A double shade includes a head rail extending between first and second ends, first and second end caps including respective end panels mounted with the first and second ends of the head rail and respective bracket arms extending from the end panels, a cellular shade mounted with the head rail, and a roller shade extending between first and second ends respectively mounted with the bracket arms of the first and second end caps, wherein the cellular shade is independently movable relative to the roller shade.

Abstract: A window blind assembly includes a curtain having multiple partitioning portions, and a curtain control unit for bringing the curtain to fold upwardly and unfold downwardly. The curtain control unit includes a winding rod, a blind piece wound around and extended from the winding rod, and a plurality of connecting members each mounted on a respective one of the partitioning portions. Each connecting member and a corresponding partitioning portion define a slot therebetween. Each connecting member includes a connecting strip, a support rod mounted at the connecting strip to stiffen the connecting strip, and a fastener for removably fastening the connecting strip to the corresponding partitioning portion.

Abstract: A curtain assembly comprises a rotatable drive element wherein at least one helical guide structure is formed on, or into, the outer surface of the drive element. A drive attachment element having a structure that communicates with the helical guide structure to move the drive attachment element axially along the drive element when the drive element is rotated. Specific embodiments incorporate either a manual or motor-driven rotation assembly for rotating the drive element. Further specific embodiments involve a helical guide structure that comprises a helical groove and a structure that comprises a tooth that engages with the helical groove. Further specific embodiments relate to a system with linked horizontal drapery panels having varying characteristics that are moved independently by a common drive system.

Abstract: A roller-shade winding roman style shade is provided. A technical feature thereof is to utilize an actuating member of a cord or a band-shaped long strip of fabric to connect a blind material and a roller shade. Thus, as the roller shade rises, the parts where the blind material and the actuating member are connected are pulled up sequentially from the bottom up, and when reaching the top end, the points where the blind material and the actuating member are connected are kept at approximately the same height, such that the roman style shade is in a retracted and folded state. The blind material of the whole roman style shade can be folded up or dropped down merely through connection of the actuating member between the blind material and the roller shade, the roller shade has diversified applications and is more flexible in use and pleasant to look at.

Abstract: The invention relates to a roller-screen arrangement having covering roller screens which are arranged axially one beside the other and can be jointly rolled up onto, and unrolled from, a winding roller, wherein the free ends of the covering roller screens are oriented in opposite directions. The covering roller screens can thus be jointly rolled up onto, and unrolled from, the winding roller, wherein furthermore, in the unrolled state, a distance A is formed between the covering roller screens. A cavity is created between the covering roller screens, and at least one intermediate roller screen is provided in this cavity in order to cover gaps between the covering roller stir screens arranged axially one beside the other. When the covering roller screens are opened and closed, the intermediate roller screens are taken up and let down and picked up again in accordance with the shortening and lengthening of the covering roller screens.

Abstract: A window covering includes a roller attached to a mounting device and an actuation device attached to the roller to rotate the roller in at least one of a first direction and a second direction. A front member is attached to the mounting device. A second member is attached to the roller. A plurality of ballast members are attached to the front member. Each ballast member has a portion that extends to the second member to engage the second member to cause the front member to form substantially parallel folds when the second member is wound about the roller to retract the front member to a retracted position. Preferably, the folds are similar to or exactly like the transverse folds in shade material that are formed when a conventional Roman shade is raised.

Abstract: A window shade system and method of installing the shade system. The shade system includes first and second shade units and brackets for interconnecting the shade units. The first shade unit includes a first headrail, a roller mounted beneath the first headrail, a first shading material spooled onto the roller, and a device for deploying the first shading material from the roller. The second shade unit includes a second headrail, a second shading material attached to the second head rail, and a device for deploying the second shading material from the second headrail. The brackets secure the headrails together so that, when installed in the window, the first headrail is positioned vertically above and rearward of the second headrail.

Abstract: A double shade includes a head rail, at least one end cap having an end panel disposed with the head rail and a bracket arm extending from the end panel, a first window treatment being disposed with the head rail, a second window treatment being disposed with the bracket arm, and a clip engaged with the first window treatment and the second window treatment. A double shade includes a head rail extending between first and second ends, first and second end caps including respective end panels mounted with the first and second ends of the head rail and respective bracket arms extending from the end panels, a cellular shade mounted with the head rail, and a roller shade extending between first and second ends respectively mounted with the bracket arms of the first and second end caps, wherein the cellular shade is independently movable relative to the roller shade.

Abstract: A window blind assembly includes a roller blind unit, a curtain member unit, and a clamping unit. The roller blind unit includes a roller rod that extends horizontally and that is rotatably mounted at or in proximity to an upper edge portion of the window, and a roller blind cloth a top edge of which is connected to the roller rod and which is able to be wound around and extended from the roller rod. The curtain member unit includes a folding curtain cloth a top edge of which is mounted at or around the upper edge of the window. The clamping unit includes a connecting clamp that extends horizontally, and has a first clamping portion that clamps onto the folding curtain cloth and a second clamping portion that clamps onto the roller blind cloth.

Abstract: A window blind window blind includes a winding roller rollably mounted a window to lift or lower a roll-up piece, a blind curtain disposed forwardly of the roll-up piece and having elongate loop members, and a plurality of modular clip devices. Each loop member defines a lengthwise hole, and has an anchoring head portion having an access slot, marginal and gripped regions disposed at two sides of the lengthwise hole. Each clip device includes a grip body and a holding tongue. The grip body has loop-side and roll-up piece-side gaps to form a middle gripping finger portion, and internal and external gripping finger portions. The internal gripping finger portion and the holding tongue are placed in the lengthwise hole by virtue of inserting through the access slot to abut against the gripped and marginal regions, respectively. The roller-up piece is snugly engageable in the roll-up piece-side gap.

Abstract: Present invention teaches to make a Roman shade window curtain where a sliding locking mechanism is provided at the bottom beam of the rolling spool at the back side of the Roman shade, where the engaging positions between the rolling spool bottom beam and the pair of auxiliary rods can be set according to user preference, by sliding the locking tubes towards the middle to move the engaging point up and down, and by sliding the licking tubes to the left and right extremities for engaging the bottom to the desired fold line on the Roman shade.

Abstract: A window covering includes a roller attached to a mounting device and an actuation device attached to the roller to rotate the roller in at least one of a first direction and a second direction. A front member is attached to the mounting device. A second member is attached to the roller. A plurality of ballast members are attached to the front member. Each ballast member has a portion that extends to the second member to engage the second member to cause the front member to form substantially parallel folds when the second member is wound about the roller to retract the front member to a retracted position. Preferably, the folds are similar to or exactly like the transverse folds in shade material that are formed when a conventional Roman shade is raised.

Abstract: Embodiments disclosed herein include a cordless architectural passage covering system, apparatus and method for making the same. The covering may include a support member, a roller attached to the support member, a first material having a proximal portion secured to the roller, whereby the first material can be wound about the roller or unwound therefrom, a second material having a proximal portion secured to the support member and a distal portion secured to a distal portion of the first material, and at least one guide member attached to the second material, whereby the at least one guide member guides the second material about the first material as the first material is wound about the roller or unwound therefrom.

Abstract: A window shade system and method of installing the shade system. The shade system includes first and second shade units and brackets for interconnecting the shade units. The first shade unit includes a first headrail, a roller mounted beneath the first headrail, a first shading material spooled onto the roller, and a device for deploying the first shading material from the roller. The second shade unit includes a second headrail, a second shading material attached to the second head rail, and a device for deploying the second shading material from the second headrail. The brackets secure the headrails together so that, when installed in the window, the first headrail is positioned vertically above and rearward of the second headrail.

Abstract: A window shade system and method of installing the shade system. The shade system includes first and second shade units and brackets for interconnecting the shade units. The first shade unit includes a first headrail, a roller mounted beneath the first headrail, a first shading material spooled onto the roller, and a device for deploying the first shading material from the roller. The second shade unit includes a second headrail, a second shading material attached to the second head rail, and a device for deploying the second shading material from the second headrail. The brackets secure the headrails together so that, when installed in the window, the first headrail is positioned vertically above and rearward of the second headrail.

Abstract: A storm panel of high strength fabric is constructed, reinforced, and installed in such a way as to comply with the building codes as a large missile impact system. The panel includes a zippered opening for access through the panel when in use. When not in use, the fabric can be rolled and stored and placed in an attractive cover without disassembly.

Abstract: A window blind structure with multiple rods and blinds includes a plurality of support brackets, hook elements, head rails, and blind bodies wherein each support bracket is equipped with a fixing end with multiple fixing thru-holes disposed thereon for the secure engagement of locking screws therewith, and a suspending arm properly extending forwards from the fixing end thereof and provided with a plurality of equally-spaced retaining members each surrounded by a retaining space for the location of a matched hanging rod thereon. Both sides of the retaining member is defined by a set of left/right movement spaces to match with the hook element having a hanging portion to hook onto the hanging rod thereby and an inserting block with indented recesses disposed at the bottom end thereof to engage with an inserting groove disposed at the upper section of the head rail thereby.

Abstract: A double shade is disclosed as well as a method of assembling same. The double shade includes a headrail, a first shade mounted at its upper end to the bottom surface of the headrail and operable with lift cords, and a first control module mounted at a side edge of the headrail including a cord lock for operating the first shade. A second shade is mounted to a roller positioned within the interior of the headrail. A second control module is mounted at the opposite side edge of the headrail, and includes a clutch that is operable by a cord loop to move the second shade up and down and hold it in a desired location.

Abstract: A moveable, hangable sash frame for the convenient display of changeable scenes. The changeable scenes include a removable stationary primary scene and a removable secondary scene on a roller, which allows for rapid change of viewing from one scene to another scene. Either one, or both scenes can be quickly and easily removed and replaced with a different scene(s).

Abstract: A roller shade is mounted within a headrail and a pleated shade is attached to the bottom of the headrail to form a double layer shade. The two shades are independently operable. When both shades are extended the double layer shade provides a thermally efficient window covering.

Abstract: A barrier system for concealing unsightly piles (11) and similar supports used to support a waterfront structure such as a dock (10) and for converting the vertical plane outboard of the piles (11), above the waterline (12), and below the waterfront structure (10), to utilitarian space for the display of graphic media. In one embodiment of the invention, the barrier system comprises a dynamic system wherein the barrier moves upwardly and downwardly with incoming and outgoing tides and includes a fine stainless steel mesh screen (14) secured at it's upper end to a roller (15) mounted on support brackets (16, 18) secured to the dock (10) and at it's lower end to a rod (20) having eyelets (21) projecting from it's opposite ends. Cables (22) secured at their upper ends to the brackets (16, 18) extend through the eyelets (21) and are anchored in place by weights (W-1, W-2).